Microchannel - Globe Thesis

Keyword [Microchannel] Result: 61 - 80 \| Page: 4 of 10
61.	Liquid Antisolvent Preparation Of Amorphous Cefuroxime Axetil Ultrafine Particles In A Tube-In-Tube Microchannel Reactor
62.	Preparation Of Copper Nanoparticles In Microchannel Tube-in-Tube Reactor
63.	Numerical Study On Taylor Flow And Gas-liquid Two-phase Flow Regimes In Microchannel
64.	Gas-liquid Two-phase Mass Transfer Under Taylor Flow In Microchannel
65.	Study On Enhancement Of Gas-liquid Mass Transfer In Microchannel By Fine Particles
66.	Liquid-liquid Two-phase Flow Patterns And Mass Transfer Characteristics In Microchannel
67.	Study On Preparation Of Nano-calcium Carbonate By I-MD Microstructured Reactor With Membrane As Dispersion Media
68.	Research On The Mechanism Of Industrial Waste Heat Recovery Using High Efficient Phase Change Technology
69.	Research On The Fabrication Of Microchannels And The Interface Morphology Of Two Immiscible Fluids In Microchannels
70.	Study On The Disubstituted Aromatic Nitration In A Microchannel Reactor
71.	Numerical Study On Hydrodynamics And Mixing Process In Microchannels For Liquid-liquid Two-phase Flow
72.	New Methods To Prepare Cellulose Microspheres And Cellulose Composite Cryogel Microspheres
73.	The Application Of Microflow Chemistry In Chemical Process Development
74.	New Approaches To Improve The Separation Performance Of Cyclic Olefin Copolymer Microchip Electrophoresis And Their Application
75.	Continuous Particle Separation In Complex Microchannel Via Direct Current Dielectrophoresis
76.	Research On Flow Field Optimization And Heat And Mass Transfer Capacity Of The A-tyde Microchannel Reactor For Hydrogen Production Via Methanol Reforming
77.	Research On The Rule Of Gas Flow In The Coal Seam Microchannel Based On The Boltzmann Method
78.	Three-dimensional Simulation And Hydrodynamic Characteristics Of Taylor Flow In A T-junction Microchannel
79.	Numerical Simulation And Experimental Study On Liquid-liquid Multicomponent Mass Transfer In Microchannel
80.	Two Phase Flow And Mass Transfer And Conversion Characteristics In Microchannel With Catalytically Reactive Boundaries
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